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Uploaded by EolicaJP on Aug 27, 2008
Ensaio experimental mostrando o a passagem do modo sobresincrono para o subsincrono
Science & Technology
Standard YouTube License
@wanglone you're right.
EolicaJP 11 months ago
@jujujijijaja At synchronous speed the rotor current has to be DC, as in ordinary synchronous machines. If the shaft speed is above or below synchronous speed, the rotor current must be AC at the slip frequency.
One quick question, when you have exactly sinchronus speed, you have DC on the rotor windings right? or do you have no current at all?
jujujijijaja 1 year ago
I can see the frequence of the rotor current changed with the rotor speed, is that right?
wanglone 2 years ago
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@wanglone you're right.
EolicaJP 11 months ago
@jujujijijaja At synchronous speed the rotor current has to be DC, as in ordinary synchronous machines. If the shaft speed is above or below synchronous speed, the rotor current must be AC at the slip frequency.
EolicaJP 11 months ago
One quick question, when you have exactly sinchronus speed, you have DC on the rotor windings right? or do you have no current at all?
jujujijijaja 1 year ago
I can see the frequence of the rotor current changed with the rotor speed, is that right?
wanglone 2 years ago